A multi-phase biogeochemical model for mitigating earthquake-induced liquefaction via microbially induced desaturation and calcium carbonate precipitation

Optimizing landfill aeration strategy with a 3-D multiphase model

Theoretical analysis of municipal solid waste treatment by leachate recirculation under anaerobic and aerobic conditions

Characterizing Dominant Processes in Landfills to Quantify the Emission Potential

A toolbox to find the best mechanistic model to predict the behavior of environmental systems

Building a mechanistic biogeochemical reaction network for upscaling: Characterization of mass transport limitation between regions of hydrolysis and methanogenesis

A generic transport-reactive model for simulating microbially influenced mineral precipitation in porous medium

Investigating the impact of process parameters on aeration of MSW via a mechanistic biogeochemical reaction model

Water balance modeling for estimation of residence time of water in a full-scale landfill using a data-assimilation approach

Gray box modelling of MSW biodegradation; Revealing its dominant (bio)chemical mechanism

Gray box modeling of MSW degradation: Revealing its dominant (bio)chemical mechanism

Gray box modeling of MSW degradation: Revealing its dominant (bio)chemical mechanism

Quantification of (bio)geochemical heterogeneous activity in full-scale landfills (abstract)

Is it possible to quantify emission potential from high resolution monitoring of leachate dynamics?

Integrated modeling and up-scaling of landfill processes and heterogeneity using stochastic approach

Grey box modeling of municipal solid waste

A homogeneous bioreactor model reproducing waste column data: Considering a minimum set of dominant reactions

Landfill emission quantification: Improvement in measurement and modelling approaches to asses (long-term) emissions and stabilization